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#include <iostream>
#include <stdio.h>
#include "globalVariables.h"
#include "client.h"
#include "outil.h"
#include "chronologie.h"
#include "queue.h"
#include "cmdline.h"
#include "Generation.h"
#include <vector>

using namespace std;

//extern "C++" list<CLIENTS> clients;


int main(int argc, char *argv[]) {

    arret = 0;
    time_for_end = 150; // prend la valeur du parametre -t
    nbre_client_limite = 9; // prend la valeur du parametre -n
    int nbre_serveurs = 1; // prend la valeur de l'argument -s sa valeur par defaut est 1
    long i_NombreDesClients;
    double d_Lamda,d_M;
    vector<double> vecUniforme;//, vecArrive, vecSorti;
    vector<double> vecArrive,vecSorti;
    FILE *f1;
    //Initiation
    i_NombreDesClients=32768;
    d_Lamda=0.001;
    d_M=0.00125;

    //if(argc < 1){
    char *file_name = (char*) malloc (sizeof(char)*1000);
    char *output_file = (char*) malloc (sizeof(char)*1000);
    //strcpy(file_name,"exemple.txt");
    strcpy(output_file,"null");
     strcpy(file_name,"text.txt");
    f1 = fopen (file_name, "wt");
   
   
   cmdLine *c = new cmdLine();
    
    

   

    c->parse_args(argc, argv,file_name,time_for_end,nbre_serveurs,output_file,d_Lamda,d_M,i_NombreDesClients);

    //printf("%f ,  %f,  %ld  \n", d_Lamda,d_M,i_NombreDesClients);

    ////if( d_M >= d_Lamda){
       // printf(" \n");
	//printf("Mauvais argument : Utiliser l'option -h pour acceder a l'aide \n");
	///printf(" \n");
	//exit(0);
   // }

    if(arret == 1)
	nbre_client_limite = time_for_end ;
	

    Chronologie *chronologie = Chronologie::getInstance();
    Horloge horlog(0);
    Queue systems(nbre_serveurs);
    Generation *objGeneration = new Generation(401,31,32768,1763,i_NombreDesClients);
   vecUniforme=objGeneration->process();
   vecArrive=objGeneration->creerDistributionExponentielle(vecUniforme,d_Lamda);
	//i_NombreDesClients represente la taille de l'echantillon : a prendre en paramettre
	//lambda et nui aussi 
   Generation *objGenerationM = new Generation(137,87,32768,1323,i_NombreDesClients);
      vecUniforme=objGenerationM->process();
   vecSorti=objGenerationM->creerDistributionExponentielle(vecUniforme,d_M);
   for(int i=0;i<i_NombreDesClients;i++){
	   fprintf (f1, "%d\t%d\t%d\n", i+1,(int)vecArrive[i], (int)vecSorti[i]);
   }
   fclose(f1);
   
    systems.init();
    Outil *tools = new Outil(file_name);

    //if(nbre_client_limite > clients.size()-1)
        //nbre_client_limite = clients.size()-1;

    // Prints welcome message...
    std::cout << "Welcome ..." << std::endl;

    /*boucle d'execution de la simulation
     *L'objet cronologie prend un evenement et le transmet au systeme
     */
  
    while(cont && ListeEvenements.size() > 0){
       chronologie->sortListEvent();
       horlogeSysteme.sortTime();
        Evenements evt;

        chronologie->getEvent(&evt);
        
        systems.proccessEvent(evt);
    }
    
    systems.displayStat(output_file);
    delete file_name;
    delete output_file;

    return 0;
}
